DIN-KO featuring German level standard and quality.

Features:

• Servo hydraulic control for stable process force.

• High rigidity and stable support structure.

• Modularized design for customization and flexibility.

• Partner with Bosch Rexroth for smart and hydraulic system.

Overview of Aluminum Wheel Flow Forming Process

Flow forming technology is increasingly gaining attention across various industries, especially in the wheel manufacturing sector. After flow forming, the grain structure of the cast or forged billet exhibits tightly bonded characteristics and a polished surface finish. In addition to enhancing the original mechanical strength and airtightness of the wheel, flow forming further achieves lightweighting, reducing weight, and conserving material.

With the rapid die-change system developed by DIN-KO, wheel specifications can be changed on the production line within 20 to 30 minutes, enabling mixed-line production. The flow forming process requires minimal consumables, mainly including mold release agents, equipment lubricants, and coolant.

 DIN-KO's Independently Developed Heating Furnaces

• DIN-KO's preheating furnaces are specially designed for the heating process before the flow forming of aluminum wheels for passenger cars and motorcycles. We offer two types of preheating furnaces, allowing customers to choose based on their factory conditions and product requirements.

• Our aluminum wheel preheating equipment includes design, manufacturing, transportation, installation, commissioning, and training.

With years of experience in aluminum wheel processing, DIN-KO integrates disc surface and finished product water immersion systems, providing a one-stop solution for flow forming production.

These water immersion machines feature automatic water replenishment and temperature control, with optional communication modules for data monitoring to support smart manufacturing upgrades.

DIN-KO's runout inspection station utilizes an automatic clamping and rotation system to precisely measure the radial and axial runout of workpieces during rotation, ensuring concentricity and balance. Equipped with high-precision sensors and a data processing system, it can instantly determine whether the runout is within the allowable range and generate inspection reports. This inspection station is suitable for high-efficiency batch testing of automotive wheels, bowl-shaped components, and other rotating parts, significantly improving quality control efficiency and reducing defect rates.